Company Information

• Business Information About Daemyung Escco Co., Ltd. Detailed industry green field related to the Korean version of the New Deal policy 1,Environmental industry: Sustainable environmental resources: Manufacture of thermal energy saving and recovery equipment. 2, Green New Deal: Energy Energy efficiency improvement: Waste heat recovery. Environmental Sustainability: Environmental Protection: Waste-to-Energy 3. According to the National Statistical Office standard industry classification code (10th), the green field industry material parts and equipment industry: classification code 29176 2017.01 Established Daemyung Escco Co., Ltd. 2017.09 Established Daemyung ESCO Co., Ltd. R&D Center 2017.12 Waste heat recovery heat exchanger certification of origin and exporter (Korea-China) certification 2018.01 Waste heat recovery heat exchanger certification of origin and exporter (Korea-EU, Korea-ASEAN) certification 2018.07 Acquired ISO 14001, ISO 9001 certification 2018.07 Russian international patent registration 2018.08 US international patent registration 2018.08 Canadian international patent registration 2018.10 Venture company confirmation 2018.11 Taiwan International Patent Registration 2019.11 European international patent registration (UK, Germany, France) 2020.04 Indonesia International Patent Registration 2020.10 Japan International Patent Registration 2022.05 Vietnam International Patent Registration Stable revenue generation technology -Reducing the economic recession and COVID-19 with greenhouse gas reduction technology in the process of converting carbon-neutral industrial processes Reversal technology as an opportunity rather than a crisis despite the same social downturn - Increased global interest in energy efficiency improvement and environmentally friendly technologies -Abundant development experience of low-temperature and high-efficiency condensed waste heat recovery heat exchange system -The world's only waste heat recovery heat exchange system that overcomes the taboo of low-temperature corrosion (International patents in 13 major countries) - Fast return on investment (ROI) with maximized waste heat rec

• Technology ○ Usage for the Technology/ Product By using the low-temperature, high-efficiency condensable heat exchange system for the recovery of waste heat, high-temperature exhaust gas from heat-generating facilities (i.e. industrial boilers, incinerators, co-generation plant, thermal power plant, etc.) is converted to low-temperature exhaust gas, thereby preventing atmospheric warming. And then, heated water is reused for co-generation heating, water boilers and supply heating for buildings, as well as agriculture and aquaculture. SOx, dust, moisture etc. are condensed (condensed water) and reduced in the heat exchange system, resulting in reducing air pollutants, preventing white smoke as well as recovering and reusing waste energy. ○ Function of the Technology/ Product Reduction in the ratio of SOx Sulfur present in exhaust gas reacts with oxygen to become sulfur dioxide gas, and then gets absorbed into moisture to become sulfuric acid. Therefore, ratio of SOx in exhaust gas emissions can be reduced. The reaction speed depends on reaction atmosphere in the heat exchange system. Significant reduction of fine dust content The dust in exhaust gas is split into various sizes depending on fuels and operating conditions. Dust present in exhaust gas is attached to and removed by moisture created in the water-condensable heat exchange system, which greatly reduces fine dust content. white smoke reduction Fine dust, sulfur dioxide and other harmful substances present in exhaust gas from the power plant, incinerator, co-generation plant, etc. are absorbed by and attached to condensed water in the heat exchange system for the recovery of waste heat. As a result, the amount of moisture present in final exhaust gas can be fully reduced. Furthermore, exhaust gas from the final exit is emitted at a temperature of 50℃ or below, with the result that the amount of absolute moisture present in exhaust gas is minimized, and so white smoke in winter is reduced.